Medical Image Display Apparatus and Medical Image Display Method

1. A medical image display device that displays medical images, comprising: a display unit displaying a cuboid object that is an assembly of multiple unit cells; a storage unit memorizing images included in a successive image group and corresponding to respective unit cells, each unit cell of the cuboid object being associated on one-to-one basis with a corresponding image according to predetermined physical quantities for the respective three directions of the three axes of the cuboid object; an input unit inputting a three-dimensional position in the cuboid object, and a control unit controlling so that one or multiple images associated with one or multiple unit cells determined according to the three-dimensional position input from the input unit are retrieved from the storage unit and are displayed on the display unit, wherein the input unit inputs the three-dimensional position in the cuboid object using a positioning line, and the control unit controls so that the display unit displays the positioning line superimposed on the cuboid object, and wherein the input unit inputs a line width of the positioning line, and the control unit controls so that the number of images that the display unit displays is changed according to the line width of the positioning line that is input by the input unit.

2. The medical image display device according to claim 1 , wherein the input unit inputs a surface of the cuboid object that the display unit displays in front, and the control unit controls so that a surface of the cuboid object which the display unit displays in front is switched and displayed according to the surface of the cuboid object input by the input unit.

3. The medical image display device according to claim 1 , wherein the input unit inputs physical quantities of the one or multiple successive image groups to be associated any of the three axes of the cuboid object, and the control unit controls so that the successive image groups are changed in which the storage unit memorizes the respective unit cells associated with the successive image groups on one-to-one basis according to the one or multiple physical quantities input by the input unit.

4. The medical image display device according to claim 1 , wherein the input unit inputs one or multiple orthogonal cross section orthogonal to any of the three axes of the cuboid object, and the control unit controls so that the display unit displays one or multiple images associated with the respective positions of the orthogonal cross section according to the one or multiple orthogonal cross sections input by the input unit.

5. The medical image display device according to claim 1 , wherein the input unit inputs one or multiple non-orthogonal cross sections that are not orthogonal to any of the three axes of the cuboid object, and the control unit controls so that the display unit displays one or multiple images associated with the respective position of the non-orthogonal cross sections according to the one or multiple non-orthogonal cross sections input by the input unit.

6. The medical image display device according to claim 1 , wherein the medical images are those used for the cardiac-gated reconstruction process, and the three physical quantities input by the input unit are a position in the body-axis direction, a first time phase interval, and a second time phase interval narrower than the first time phase interval.

7. The medical image display device according to claim 1 , wherein the input unit inputs replacement of the vertical axis and the horizontal axis that specifies display positions of the respective images when multiple images are displayed on the display unit, and the control unit controls so that the respective images displayed on the display unit are rearranged according to the replacement of the vertical axis and the horizontal axis input by the input unit.

8. The medical image display device according to claim 1 , wherein the control unit controls so that colors or patterns of the unit cells vary between areas with and without images associated with the unit cells.

9. The medical image display device according to claim 8 , wherein the control unit controls so that blanks are displayed for display positions corresponding to unit cells that are not associated with images when a plurality of images associated with a plurality of unit cells determined according to a three-dimensional position input by the input unit are displayed on the display unit.

10. The medical image display device according to claim 1 , wherein the control unit controls so that colors or patterns of the positioning line superimposed on the cuboid object vary between areas with and without images associated with the unit cells.

11. A medical image display method that a medical image display device displaying medical images performs, including: a displaying step where a display unit displays a cuboid object that is an assembly of multiple unit cells; a memorizing step where a storage unit memorizes images included in a successive image group and corresponding to respective unit cells, each unit cell of the cuboid object being associated on one-to-one basis with a corresponding image according to a predetermined physical quantities with the respective directions of the three axes of the cuboid object; an inputting step where an input unit inputs a three-dimensional position in the cuboid object, and a controlling step where a control unit controls so that one or multiple images associated with one or multiple unit cells determined according to the three-dimensional position input from the input unit are retrieved from the storage unit and are displayed on the display unit, wherein the inputting step inputs the three-dimensional position in the cuboid object using a positioning line, and the controlling step controls so that the display unit displays the positioning line superimposed on the cuboid object, and wherein the inputting step inputs a line width of the positioning line, and the controlling step controls so that the number of images that the display unit displays is changed according to the line width of the positioning line tat is input by the inputting step.